While the current discussion revolves around manufacturing operations, there are much bigger processes involved in this situation. It involves considerations of industrial policy, global competition, and changes in economic priorities altogether.

Starting point for this analysis is the Brampton assembly plant operated in Ontario. This facility is part of the Stellantis production and supply chain and served to produce various vehicles in the region. For many years, this manufacturing plant provided steady employment and production volumes, until it was put on hold for more than two years. Considering the rapid changes in the auto industry, the future plans are quite unclear at present.

Adding the possibility of collaboration with another car manufacturer, Leapmotor, adds another interesting layer of complexity to this situation. This partnership has great potential to bring about positive changes, yet at the same time, it brings up some doubts regarding manufacturing practices and long-term implications for Canada.

1. Uncertainty Regarding the Future of the Brampton Plant

For a long time, Brampton has been a manufacturing powerhouse for the Canadian industry, serving to produce popular models manufactured by the Stellantis group. Not only did it play a critical role in the manufacturing process itself, but it also supported a variety of suppliers and related businesses providing transportation, services, and more. All of that changed when production was moved elsewhere, putting the future of manufacturing in the region in jeopardy. There had been hopes of transitioning to electric vehicle production with investments, which did not come to fruition.

Key disruption factors impacting plant future:

•  Unexpected shift in production location
•  Uncertainty with regard to future investments
•  Doubts about policy alignment
•  Supply chain disruptions
•  Economic instability in the region

This change in production allocation raises serious questions with regard to policies and investment plans. Taking into account all of the mentioned uncertainties, the future for this manufacturing facility is going to depend entirely on the willingness of the company to remain committed to the project. Even though significant sums were invested, there is a chance of switching production to a completely different location. Consequently, it is crucial to clarify the future scope of manufacturing activities at this plant.

 2. Partnership with Leapmotor

This is a natural step following the decision regarding electric vehicle manufacturing that has been made by Stellantis. Since numerous competitors emerged recently, the company found it beneficial to invest in acquiring ownership equity in another manufacturer in order to gain access to the production of affordable manufacturing platforms. With the help of a joint venture, it is possible to benefit from the fast and flexible manufacturing offered by Leapmotor, yet still remain in control of the entire process. Under the constantly increasing pressure on prices and the need to innovate, it would be impossible to proceed using other approaches.

Strategic advantages supporting partnership alignment:

•  Possibility of accessing inexpensive manufacturing platforms
•  Improved ability to accelerate manufacturing cycles
•  More efficient manufacturing process overall
•  Superior competitive positioning on international market
•  Vertical integration of production system

The current manufacturing processes offered by the partner allow obtaining certain benefits. In particular, it is important to mention that most components used by the company have been assembled and tested by themselves. This provides significant advantages with regard to accelerating manufacturing processes and minimizing costs associated with production. At the same time, this production system has a downside. First and foremost, there could be some geopolitical problems associated with regulatory compliance.

3. Adoption of the Knock-Down Kit Model

Moving to Semi-Knocked Down (SKD) and Completely Knocked Down (CKD) models represents a significant departure from established manufacturing models. The principal difference between these systems and the traditional manufacturing is that pre-assembled components need to be transported to the manufacturing site and then assembled again. This makes the manufacturing process easier and more flexible. However, this flexibility has negative consequences with regard to overall economic activity in the area associated with manufacturing.

Operational trade-offs in adopting CKD model:

•  Decreased involvement of suppliers
•  Low intensity of labour in manufacturing operations
•  Quick plant setup and manufacturing execution
•  Minimal need to engage in R&D activities
•  Optimal manufacturing cost structure

From the standpoint of production company, the benefits of this model are obvious. In this way, it can obtain maximum flexibility with minimum overhead costs. However, the problem is that the manufacturing plant will lose some of the traditional advantages that it possessed before. Consequently, the economic value of the manufacturing operations will decrease significantly. Overall, the adoption of the CKD/SDK model seems rather questionable.

4. Labour Issues and Union Response

With the adoption of the CKD/SKD manufacturing model, there will be certain challenges that will need to be addressed promptly. In particular, the labour force may find itself in difficult conditions, with the resulting union response driven by the fear that their jobs will not be valuable enough. The reason for that is that traditionally workers expect that they will work in a full-fledged manufacturing operation and have a lot of chances to grow in their profession. The proposed CKD/SKD model will not provide such opportunities.

Labour issues driving union resistance:

•  Employment will not involve high-skill manufacturing work
•  Limited opportunities for long-term job security
•  Weak integration of plant into local production system
•  Low wages obtained by employees
•  Low industrial quality of manufacturing operations

In essence, the message to be communicated to the union representatives is that this work will not qualify as industrial work anymore. That is, the employee would not be able to progress in their career anymore, and would be forced to continue their low-skill operations for decades ahead. Therefore, the union is going to fight for maintaining industrial quality and capabilities of the manufacturing facility.

5. Impact on the Canadian Automotive Industry

One of the most prominent strengths of this industry in Canada is supply chain that consists of thousands of suppliers of various parts to large manufacturing plants. These parts have been delivered to them continuously and with high volume in the past. Currently, this supply chain faces a challenge associated with switching production systems. Namely, the production process will be reliant on components delivered from outside of the region, hence breaking this link in the chain.

Supply chain risks due to limited localization:

•  Lower demand for local parts
•  Disruption of multi-tier supply chain system
•  Lack of investment into manufacturing in the region
•  Poor resilience of the industrial ecosystem
•  Early termination of long-term contracts

At this time, the parts suppliers will face difficulties because of lower demand for their parts, hence reducing their capacity to invest in innovation and development. In order to sustain the supply chain, it is necessary to address these challenges in a more proactive manner and provide for its sustainability in the future. Overall, in order to ensure competitiveness and industrial stability, it is crucial to ensure sustainability of the supply chain.

6. Government Opposition and Policy Priorities

One of the factors contributing to the government resistance to the proposed production model is related to the policy priorities. Essentially, the government expects the project to deliver the promised benefits, such as increased employment and activation of manufacturing capabilities. However, since the proposed production system will provide little to none of this, the government feels that its policy is violated and opposes it. The key interests of the government are as follows:

Priority policies guiding government positions:

•  Protection of domestic industrial capabilities
•  Increase of value generated by public investment
•  Increased competitiveness of the industry
•  Employment generation
•  Support of automotive industry ecosystem

Therefore, it becomes crucial to find a compromise between the conflicting parties in order to facilitate the project and satisfy mutual interests. The government is interested in ensuring future success of the country in negotiating investments, and hence wants to demonstrate the capabilities of manufacturing and technology adoption. Consequently, it is necessary to reach an agreement regarding the scope of manufacturing activities in the region.

 7. New Trade Policies with China

Another important issue is related to trade relations with China. Namely, recent tariff reductions allowed entering the country to compete with other producers. Moreover, China can establish joint ventures with Canadian producers in order to leverage their capabilities and produce vehicles using their technologies. The main concerns arising from this situation are associated with increased dependence on imports and the necessity to reduce the share of investment in domestic production.

Trade relationship dynamics impacting industry directions:

•  Tariff reductions increased foreign competitiveness
•  Initiation of joint ventures encouraged
•  Foreign market entry control implemented
•  Leverage of advanced EV technologies
•  Increased pressure on domestic manufacturers

As part of this controlled entry strategy, it is now necessary to regulate the extent to which foreign products can compete on the domestic market. Moreover, joint ventures with China are encouraged in order to facilitate technology adoption. When assessing the effectiveness of this new trade strategy, it is necessary to take into account how effectively it contributes to domestic automotive industry.

8. Tensions with the United States

Considering the cross-border nature of the industry, another threat appears in the form of potential conflicts. Namely, the possibility of cooperation with China is regarded as a backdoor method of establishing presence on the North American market. In order to prevent the occurrence of such situation, it is necessary to take certain actions in advance and anticipate possible threats in this regard.

Key cross-border risks to consider:

•  Possibility of back door entry for foreign goods
•  Escalation of trade barriers on exported goods
•  Disruption of supply chain integration
•  Regulatory complications with manufacturing plans
•  Pressures to change trade agreements

From the operational standpoint, this situation may prove catastrophic for manufacturing capabilities and profitability of the manufacturing facility. Indeed, inability to sell products abroad would create enormous difficulties for manufacturing on a large scale. From the standpoint of the US, it is important to control supply chain and maintain regulatory compliance. However, it would be wise to establish a mutually beneficial collaboration.

9. Market Limitations and Strategic Risks

Regardless of the chosen model for production, there are market limitations associated with manufacturing capabilities. As discussed before, automotive industry relies on economies of scale and high volumes of distribution. In this situation, restrictions on selling abroad and limited size of domestic demand pool are going to have detrimental effect on the feasibility of production. Moreover, it may become difficult to achieve desired cost structures.

Constraints impacting market accessibility:

•  Market restrictions in US market
•  Limited size of domestic demand pool
•  Economies of scale hard to achieve
•  Production costs higher per unit
•  Lower competitiveness in the market

The lack of sufficient flexibility will limit future possibilities for the manufacturer. In this case, it may be forced to focus on reducing its cost structures. Consequently, there would be no funding left for innovations and developments. Thus, it would be impossible to establish market foothold or maintain it successfully. Overall, in addition to manufacturing plans, it is necessary to formulate a market strategy in tandem.

10. A Precedent for Future Manufacturing Models

This case study will be a crucial element influencing decisions about future manufacturing in the region. Specifically, adoption of CKD or SDK systems can become a precedent that can influence similar decisions later on. There is a potential that such temporary solutions may become a long-term business model in the future. That is why it is necessary to be very cautious in making such decisions.

Factors contributing to setting a precedent:

•  Flexible operation of reduced value manufacturing systems
•  Effectiveness of regulation and policy implementation
•  Long-term commitment of business players to the project
•  Synchronism of incentives and results
•  Responsibility of companies during manufacturing operations

The implementation of production in such facilities is possible with a properly formulated strategy in place. Without it, such production will tend to evolve towards optimization for maximum profit generation.